ArcGIS on a Pi: Happy Pi Day!

This post describes how to install the ArcGIS API for Python on a Raspberry Pi 3 B+.
Document version: March 14, 2019. Version 1.1 – Tom Baker RPi-Logo

To learn more about the Raspberry Pi, visit

Start with a clean installation of the Raspberry Pi’s Raspbian OS for best results.


  1. Install Berryconda

    Berryconda for Raspberry Pi is the conda environment for Pi. The installer includes Python 3.6.1 at the time of this writing and meets the minimum Python 3.5 requirement of the ArcGIS API for Python 1.6.0.

    1. Download the bash script (.sh file) for from the bottom of the page:
    2. With the file on your Pi, right-click and select Properties. Set permissions to “Only Owner” to execute. Press OK.
    3. Open a Terminal window in the current folder and run the bash script. Start the command with a period and paste the filename. Like (ignore indentation icon):
      • ./
    4. Click through the Terminal prompts to install. Use default settings.
  2. Install Jupyter Notebook

    1. At a Terminal prompt, type:
      • conda install Jupyter
  3. Install the ArcGIS API for Python

    1. Check your python version. Use the Terminal window and type:
      • python –version
    2. Download the arcgis package from the anaconda repository for 32-bit Linux that matches your version of Python (e.g. 3.6). The file name should look something like: linux-32/arcgis-1.6.0-py36h39e3cac_1.tar.bz2
    3. Download from
    4. Note: In our tests, the arcgis file cannot be directly downloaded using conda from any repository.The conda tool fails to find the required “linux-armv71” channel for arcgis.  However, downloading the file and installing from a local path negates the conda installer looking for the arm-specific version of arcgis.
    5. Right-click the package and select “Copy Full Path”.
    6. From a Terminal window, install the package like:
      • conda install /fullpath/arcgis-1.6.0-py36h39e3cac_1.tar.bz2
  4. Test the installation

    1. At a Terminal window, type:
      • jupyter-notebook
    2. When the notebook loads in a browser, create a new Python3 document.
    3. In the document’s first cell, enter the four-line test script below that will draw a map.
      • from arcgis.gis import GIS
      • gis=GIS()
      • map1 =“Palm Springs, CA”)
      • map1


Raspberry Pi Models Tested

To date, we have used the following Pi models with the ArcGIS API for Python and Jupiter Notebooks. Brief comments follow.

Raspberry Pi 3 B+ – Quad-Core BROADCOM 64bit ARMv8 1.2 GHz 1 GB RAM

  • Demo installation above was conducted on this model.  Maps draw responsively with a slight lag on the first request.

Raspberry Pi Zero W v1.1-

  • It took about 5 minutes to run the four line script above.

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